Biosafety Pty Ltd - Biosafety International

Biosafety Pty Ltd - Biosafety International Creating safe and healthy work environments through biological safety consulting and services 🦠

This week, our team completed in-house decontamination services using Chlorine Dioxide Gas in our factory. The quick and...
27/03/2025

This week, our team completed in-house decontamination services using Chlorine Dioxide Gas in our factory. The quick and efficient process requires minimal equipment, ensuring a swift turnaround. Clearance certificates are provided for the safe relocation and sterilisation of equipment.

Gases like nitrogen, oxygen, and hydrogen are essential for research and safety in laboratories. Access to chlorine diox...
27/03/2025

Gases like nitrogen, oxygen, and hydrogen are essential for research and safety in laboratories. Access to chlorine dioxide gas is crucial for sterilisation and decontamination processes. However, ensuring reliable and efficient access to chlorine dioxide gas lines and other gases remains a challenge in many regions.

Gas monitoring is a crucial step in the gaseous decontamination process inside the target area and external environment....
02/05/2024

Gas monitoring is a crucial step in the gaseous decontamination process inside the target area and external environment. Internally, it involves tracking and measuring the levels of gas in the target area to confirm that concentration and time exposure are met for the specific fumigant. Externally, to determine the presence of potential leaks, safety levels and potential emissions. Gas monitoring can use various sensors and detectors to analyse the fumigation process and external air quality and confirm safe levels for occupants. Once the fumigation cycle is complete, gas monitoring is also used to clear the target/internal area for safe access/re-entry.

A laboratory in Sydney is utilising a Rensair HEPA air purifying unit to control background contamination. This unit imp...
30/04/2024

A laboratory in Sydney is utilising a Rensair HEPA air purifying unit to control background contamination. This unit implements a combination of HEPA, Carbon, and UVC light filtration. The HEPA filter captures bacteria, viruses, other airborne particles and pollutants, and carbon fumes and vapours. The UVC decontaminates microbes in the filter face.🦠

Thank you to Dr Stefan Wagener for visiting our Biosafety International office. It was a pleasure to host him and to gai...
18/04/2024

Thank you to Dr Stefan Wagener for visiting our Biosafety International office. It was a pleasure to host him and to gain insights from his valuable expertise. His visit provided us with a wonderful opportunity to learn from one of the leading experts in the field and enjoy some dinner!🍴

Regulations BC5.2 regulations, made easy, 16.4 gaseous decontamination process of containment cabinets: 1. Concentration...
16/04/2024

Regulations BC5.2 regulations, made easy, 16.4 gaseous decontamination process of containment cabinets:

1. Concentration and Time: To start the process, a sterilant gas is injected into the sealed cabinet enclosure to create a specific concentration in the air. It is essential to wait until the gas has reached the desired concentration and exposure time for the gas to be effective. This will vary between fumigants.

2. Monitoring: An electronic monitoring system is used to measure the concentration of the gas. This step is crucial to ensure that the concentration and exposure time are optimal. If the concentration and exposure time are not correct, the biological kill may not be achieved.

3. Exposure Process: Once the gas has dispersed and reached the required concentration over time, the exposure process begins. This step is crucial to ensure that the gas is effective in decontaminating the area and inactivating any potential microbes and biological indicators.

4. Purging: After exposure, the decontamination gas is purged from the space through controlled ventilation. Suitable options for ventilation include an adjacent fume hood, canopy or carbon scrubber. By following these four essential steps, you can ensure that the gaseous decontamination process of containment cabinets is carried out safely and effectively.

Our team successfully decontaminated a PC3 laboratory using Chlorine Dioxide gas. To ensure the quality and validation o...
11/04/2024

Our team successfully decontaminated a PC3 laboratory using Chlorine Dioxide gas. To ensure the quality and validation of regulatory requirements including OGTR and DAFF BC, we use Biological Indicators to monitor sterilization and positive controls.

Yesterday, our technicians performed routine maintenance and cleaning on the cut-up benches at a pathology facility in M...
21/03/2024

Yesterday, our technicians performed routine maintenance and cleaning on the cut-up benches at a pathology facility in Melbourne. The benches are used for dissecting and processing tissue samples, so they must be kept in good condition to ensure accurate results.

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